CN210089112U

CN210089112U - Heating pipe using aqueous medium for electrifying and heating

Info

Publication number: CN210089112U
Application number: CN201920983268.XU
Authority: CN
Inventors: 潘红发
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-06-27
Filing date: 2019-06-27
Publication date: 2020-02-18
Anticipated expiration: 2029-06-27

Abstract

The utility model discloses an utilize heating pipe of aqueous medium circular telegram intensification, it includes: ceramic-insulated tube, two sets of graphite alkene conductive coating, the power supply system at symmetric interval constitute its characterized in that: the ceramic insulating tube be provided with two groups let in two graphene conductive coatings of ceramic insulating tube inner wall, two groups of terminals of connection link firmly respectively, power supply system adopt the step-down isolation transformer that heating matches power, output national standard safe voltage 36V 50Hz voltage, the power supply is controlled through temperature detect switch, when two groups of terminals switch-on operating voltage, when the ceramic insulating tube is inside to have water (there is metal conducting molecule in the non-pure water quality) two groups of graphite conductive coatings that circular telegram made the aquatic metal conducting molecule electrically conduct and arouse the themogenesis and make water heat up, for the known electric heating body thermal efficiency with water isolation high and hardly receive the influence of incrustation scale, realized the high-efficient heating pipe that utilizes water medium circular telegram to heat up.

Description

Heating pipe using aqueous medium for electrifying and heating

Technical Field

The utility model relates to an electric hot water technical field, an utilize heating pipe of aqueous medium circular telegram intensification.

Background

The heating device for electric heating in the market at present adopts a heating mode of an electric heating body and preventing the electric heating body from being isolated from water, the heating speed response is slow, the heat efficiency utilization rate is low, and the heat efficiency is greatly influenced by water scales.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide an utilize heating pipe of aqueous medium circular telegram intensification to solve the problem that proposes among the above-mentioned background art.

In order to achieve the above object, the utility model provides a following technical scheme: it includes: ceramic-insulated pipe, ceramic-insulated pipe upper binding post, terminal post under the ceramic-insulated pipe, graphite alkene conductive coating on the ceramic-insulated pipe inner wall, graphite alkene conductive coating under the ceramic-insulated pipe inner wall, metal conducting molecule in the non-pure water, the right side connects the pipe clamp soon, the pipe clamp connects soon on a left side, right delivery pipe, left delivery pipe, temperature detect switch temperature sensing detecting tube, temperature detect switch, step-down isolation transformer, go up terminal post inner wall graphite alkene conductive coating rigid coupling silk post, one kind of heating pipe that utilizes aqueous medium circular telegram to heat up that terminal post inner wall graphite alkene conductive coating rigid coupling silk post constitutes down, its characterized in that: the ceramic insulating tube is provided with two groups of graphene conductive coatings which are introduced into the inner wall of the ceramic insulating tube, the graphene conductive coatings are high in conductivity, strong in adhesion, strong in corrosion resistance and capable of resisting temperature up to 1000 ℃, and are completely suitable for the product to use), the two groups of wiring terminals are respectively and fixedly connected, the temperature control switch controls the step-down isolation transformer which is heated and matched with power, the working voltage of the working voltage which adopts national standard safe voltage 36V/50Hz is output, the control is carried out by connecting the temperature control switch in series at 30-110 ℃, when the two groups of wiring terminals are connected with the working voltage, and water (water is water containing metal conductive molecules with impurities and non-pure water) is filled in the ceramic insulating tube, the metal conductive molecules in the water are conductive through the two groups of graphene conductive coatings, the water is heated by generating heat, compared with a known electric heating body isolated from the water, the ceramic insulating tube is, the heating pipe which is electrified by the aqueous medium to raise the temperature is realized with high efficiency due to the fact that the scale is conductive in non-pure water.

According to the technical scheme, the right quick pipe clamp, the left quick pipe clamp, the right water supply pipe and the left water supply pipe are respectively matched with the heating pipe which is heated by electrifying the water medium and is arranged on the upper assembly of the ceramic insulating pipe.

Preferably, terminal, ceramic insulation pipe under the terminal its characterized in that on ceramic insulation pipe, ceramic insulation pipe: the inner wall of the ceramic insulation pipe is provided with a graphene conductive coating on the inner wall of the ceramic insulation pipe and a graphene conductive coating under the inner wall of the ceramic insulation pipe, and meanwhile, the upper wiring column of the ceramic insulation pipe and the lower wiring column of the ceramic insulation pipe are fixedly connected.

According to the technical scheme, the power supply ceramic insulating tube is connected with the graphene conductive coating on the inner wall of the power supply ceramic insulating tube and the graphene conductive coating on the lower wall of the ceramic insulating tube to perform power-on heating and temperature rising on non-purified water in the ceramic insulating tube through the upper wiring column of the ceramic insulating tube and the lower wiring column of the ceramic insulating tube.

Preferably, the temperature control switch controls the step-down isolation transformer with heating matching power, the output of the step-down isolation transformer adopts the working voltage of national standard safe voltage 36V/50Hz, and the step-down isolation transformer is controlled by connecting the temperature control switch with 30-110 ℃ in series.

Through the technical scheme, the purpose is that the two groups of binding posts are connected with working voltage to work, and the electrical parameters of the binding posts ensure the electricity safety of the isolation transformer by providing safe low-voltage electricity of 36V/50 Hz.

Compared with the prior art, the beneficial effects of the utility model are that: the utility model discloses simple structure, for the well-known electric heating body of keeping apart with water, its thermal efficiency is high and hardly receive the influence of incrustation scale, because of the incrustation scale in the same electrically conductive reason of non-pure water, has realized the heating pipe that efficient an utilization aqueous medium circular telegram heaied up.

Drawings

FIG. 1 is a schematic structural view of the present invention;

fig. 2 is a view of the present invention in the direction of a-a.

Shown in the figure: 1-a ceramic insulating tube; 2-wiring terminals on the ceramic insulating tube; 3, connecting a wiring column under the ceramic insulating pipe; 4-a graphene conductive coating is arranged on the inner wall of the ceramic insulating tube; 5-graphene conductive coating under the inner wall of the ceramic insulating tube; 6-metal conductive molecules in non-pure water; 7-right quick pipe clamp; 8-left quick pipe clamp; 9-right water supply pipe; 10-left water supply pipe; 11-temperature control switch temperature sensing probe tube; 12-a temperature controlled switch; 13-step down isolation transformer; 14-fixedly connecting the graphene conductive coating on the inner wall of the upper binding post with a filament post; 15-connecting the inner wall of the wiring column with the graphene conductive coating fixedly connected with the wire column.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

Referring to the attached drawings, the utility model provides a technical scheme: a heating pipe for heating by electrifying with an aqueous medium comprises: ceramic-insulated pipe 1, terminal 2 on the ceramic-insulated pipe, terminal 3 under the ceramic-insulated pipe, graphite alkene conductive coating 4 on the ceramic-insulated pipe inner wall, graphite alkene conductive coating 5 under the ceramic-insulated pipe inner wall, metal conducting molecule 6 in the non-pure water, the right side connects pipe clamp 7 soon, a left side connects pipe clamp 8 soon, right side delivery pipe 9, left side delivery pipe 10, temperature detect switch temperature sensing probe tube 11, temperature detect switch 12, step-down isolation transformer 13, go up terminal inner wall graphite alkene conductive coating rigid coupling silk post 14, terminal inner wall graphite alkene conductive coating rigid coupling silk post 15 constitutes its characterized in that down: ceramic-insulated pipe 1 be provided with two groups of ceramic-insulated intraductal walls on graphite alkene conductive coating 4, graphite alkene conductive coating 5 under the ceramic-insulated intraductal wall (graphite alkene conductive coating conductivity is high, the adhesion is strong, corrosion-resistant strong, the temperature resistant reaches 1000 degrees, be fit for this product completely and use), link firmly respectively two groups of ceramic-insulated intraductal on terminal 2, ceramic-insulated intraductal terminal 3 that connects down, temperature detect switch 12 adopt publicly known standard TS-XXXSB series product, control heating matching power's step-down isolation transformer 13, its output adopts national standard's safe voltage 36V/50 Hz's operating voltage, control through temperature detect switch 12 who concatenates 30-110 degrees, when two groups go up terminal inner wall graphite alkene conductive coating rigid coupling silk column 14, when lower terminal inner wall graphite alkene conductive coating rigid coupling silk column 15 switch-on operating voltage, metal conducting molecule 6 in the non-pure water when ceramic-insulated pipe 1 is inside to have water simultaneously (water is there is matter miscellaneous non-pure water Water containing metal conductive molecules) is heated by conducting the metal conductive molecules in the water through the graphene conductive coating 4 on the inner wall of the two groups of ceramic insulation pipes and the graphene conductive coating 5 under the inner wall of the ceramic insulation pipes, so that the water is heated due to heat generation.

According to the technical scheme, the right quick pipe clamp 7, the left quick pipe clamp 8, the right water supply pipe 9 and the left water supply pipe 10 are respectively matched with a heating pipe which is powered on and heated by an aqueous medium on the upper assembly of the ceramic insulating pipe.

Further, terminal 3 its characterized in that under terminal 2, the ceramic insulation pipe under 1, the ceramic insulation pipe upper binding post, the ceramic insulation pipe: the inner wall of the ceramic insulation pipe 1 is provided with a graphene conductive coating 4 on the inner wall of the ceramic insulation pipe and a graphene conductive coating 5 under the inner wall of the ceramic insulation pipe, and meanwhile, the upper wiring column 14 of the ceramic insulation pipe and the lower wiring column 15 of the ceramic insulation pipe are fixedly connected.

Through the technical scheme, the purpose is that the power supply graphene conductive coating 14 on the inner wall of the ceramic insulating tube and the graphene conductive coating 15 under the inner wall of the ceramic insulating tube are connected to the upper wiring column 2 of the ceramic insulating tube and the lower wiring column 3 of the ceramic insulating tube so as to electrify, heat and raise the temperature of the ceramic insulating tube 1 through the metal conductive molecules 6 in non-pure water.

Further, the temperature control switch controls the step-down isolation transformer 13 which is heated and matched with power, the output of the step-down isolation transformer adopts the working voltage of national standard safe voltage 36V/50Hz, and the temperature control switch 12 which is connected in series at 30-110 ℃ is used for controlling the step-down isolation transformer.

Through the technical scheme, the purpose is to supply the two groups of ceramic insulating tube upper binding posts 2 and the ceramic insulating tube lower binding post 3 to be connected with working voltage for working, and the electrical parameters of the working voltage ensure the electricity safety of the safe low-voltage 36V/50Hz provided by the step-down isolation transformer 13.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims

1. A heating pipe using aqueous medium for electric heating comprises: terminal (2), ceramic insulation pipe lower binding post (3) its characterized in that on ceramic insulation pipe (1), ceramic insulation pipe: the inner wall of the ceramic insulation pipe (1) is provided with a graphene conductive coating (4) on the inner wall of the ceramic insulation pipe, a graphene conductive coating (5) under the inner wall of the ceramic insulation pipe is connected with a wiring column (2) on the ceramic insulation pipe and a wiring column (3) under the ceramic insulation pipe.